JP4318656B2 - Cost calculation apparatus, program, and method - Google Patents

Description

  The present invention relates to a technique that is effective when applied to an apparatus or method for analyzing a cost structure of a joint distribution center and calculating an appropriate center fee for each shipper of a manufacturer or each product.

  In recent years, it has become common to establish a joint distribution center in a logistics business in which a manufacturer or the like delivers a product to a mass sales store or a CVS (convenience store) store. This is because of noise and environmental measures caused by delivery vehicles accompanying delivery operations and to reduce store operation costs by improving the efficiency of receiving work.

There are two types of such joint distribution centers: a DC (Distribution Center) having an inventory function and a passing TC (Transfer Center) having no inventory function. As for the operation of the joint distribution center, there are a case where it is directly operated by a mass retailer or the CVS headquarters and a case where the operation is entrusted to other companies (wholesalers, so-called 3PL (3rd party logistics) companies). In any case, the joint delivery cost paid by the manufacturer or the like that supplies the manufactured product, so-called center fee, is generally calculated by multiplying a certain rate according to the amount of goods passing through the center.

  By the way, the center fee paid by one maker is often set individually or uniformly depending on the category or capacity of the manufactured product passing through the center. Furthermore, there is often a case where a center fee is unilaterally determined in association with a delivery price of a manufactured product in a business talk with a mass retailer and the CVS headquarters. In addition, with the consolidation, relocation, and change of the operating company of the joint distribution center, there is an increasing demand for unilateral price increases and revisions. In that case, the basis for setting the center fee is often not presented. For this reason, it is necessary for manufacturers to calculate the appropriate center fee to be paid to the joint delivery center for each manufacturer and each manufactured product when trying to negotiate the center fee with the joint delivery center. It becomes.

  In addition, when a manufacturer or the like grasps profit / loss by product manufactured by customer and delivers to a customer store via a joint delivery center, the center fee of the joint delivery center is used to calculate the cost. There was no choice but to allocate a certain amount of sales by product based on the sales amount. In this case, since the calculated value is not an accurate distribution cost for each manufactured product, there has been a deviation from the actual situation. For this reason, there is a possibility of erroneously affecting management decisions such as the revision and abolition of manufactured products. Therefore, it is a big problem to calculate the cost for each product / manufacturer in a short time from the actual shipment amount, the weight for each product, the number of delivery destinations, and the like.

  On the other hand, in a management company of a joint distribution center, calculating an appropriate amount of a center fee to be charged to a shipper such as each manufacturer is an indispensable issue in management. However, the calculation requires a great deal of time and expense. Furthermore, the current situation is that it is almost impossible to carry out the calculation for each product. For this reason, we had to ask an external consultant to calculate an appropriate amount for the center fee.

In response to such a demand, several systems for calculating costs related to physical distribution have been proposed so far, as in Patent Documents 1 to 3 shown below.
JP 2003-196359 A Japanese Patent Laid-Open No. 2004-234049 JP 2004-118321 A

  However, these systems have not been able to sufficiently meet the demands from the manufacturers and joint distribution center operating companies. For example, until now, it has not been realized to calculate the center fee by product or manufacturer. However, manufacturers and the like have been required to calculate the cost for each product and manufacturer as described above in a short time. In addition, since the accuracy of the calculated value is not high in the conventional systems, there is no way other than spending time and cost by requesting an external consultant or the like in the end when trying to calculate the cost with high accuracy.

  SUMMARY OF THE INVENTION Accordingly, an object of the present invention is to solve these problems, and to provide an apparatus that can calculate the cost in a joint distribution center for each product and manufacturer in a short time.

  In order to solve the above problems, the present invention has the following configuration. The present invention is a cost calculation apparatus for calculating a cost in a facility for collecting a plurality of manufactured products and delivering the plurality of manufactured products to a plurality of delivery destinations, and includes a ratio input unit and a calculation unit. .

  The ratio input means is a means for inputting the ratio between the special sale item and the standard item in the manufactured product to be delivered. That is, when the ratio input means is operated by the user, the ratio between the special sale item and the standard item in the manufactured product to be delivered is input to the cost calculation device. The ratio input means may be a means for directly inputting a ratio value, or a means for selecting a value from a plurality of candidate values.

  The calculation means calculates the cost in the facility based on at least the value input by the ratio input means. The calculation means may calculate the cost by further using a value other than the value input by the ratio input means. For example, the calculation means may be configured to further use values of other parameters that are generally used for calculating the cost in the conventional technique.

  According to the cost calculation apparatus of the present invention configured as described above, the cost is calculated using parameters that have not been used conventionally. That is, the cost is calculated using the ratio between the special sale item and the standard item in the delivered product. For this reason, it is possible to easily realize cost calculation with higher accuracy than a conventionally proposed cost calculation apparatus without requesting an external consultant or the like. In addition, since it can be easily realized in this way, it is possible for each manufacturer to carry out cost calculation for each product and manufacturer.

  The ratio input means in the present invention may be configured to receive a ratio transmitted from another information processing apparatus that is communicably connected to the apparatus via a network. For example, in another information processing apparatus, the ratio value input by the user may be transmitted via a network, and the ratio input unit may be configured to receive the transmitted ratio value. In this case, the calculation means calculates the cost using the received value. And this invention comprised in this way may be comprised further so that the transmission means which transmits the value calculated by the calculation means with respect to another information processing apparatus may be provided. That is, the present invention may be configured to include a transmission unit that transmits a calculation result for an input value (ratio value) transmitted from another information processing apparatus to another information processing apparatus that is a transmission source. good.

In the present invention configured as described above, it is possible to input a ratio and obtain a calculation result from a remote location via a network to the cost calculation apparatus according to the present invention. For this reason, it becomes possible to obtain the calculation result immediately even in a remote land, and convenience is improved.

  The present invention may be configured as follows. The present invention is a cost calculation device for calculating a cost in a facility for collecting a plurality of manufactured products and delivering the plurality of manufactured products to a plurality of delivery destinations, and includes a time ratio input unit and a calculation unit. You may prepare.

  The time ratio input means is a means for inputting the ratio between the work time required for primary sorting and the work time required for secondary sorting for the manufactured product to be delivered. That is, when the time ratio input means is operated by the user, the ratio between the work time required for the primary sorting and the work time required for the secondary sorting is input to the cost calculation device. Similar to the ratio input means, the time ratio input means may be a means for directly inputting a ratio value or a means for selecting a value from a plurality of candidate values.

  The calculation means calculates the cost in the facility based on at least the value input by the time ratio input means. The calculation means may calculate the cost by further using a value other than the value input by the time ratio input means. For example, the calculation means may be configured to further use values of other parameters that are generally used for calculating the cost in the conventional technique.

  Also by the cost calculation apparatus of the present invention configured as described above, the same effect as the above-described cost calculation apparatus can be obtained. That is, cost calculation is performed using the ratio of the work time required for the primary sorting and the work time required for the secondary sort for the manufactured product to be delivered. For this reason, it is possible to easily realize cost calculation with higher accuracy than a conventionally proposed cost calculation apparatus without requesting an external consultant or the like. In addition, since it can be easily realized in this way, it is possible for each manufacturer to carry out cost calculation for each product and manufacturer.

  The time ratio input means in the present invention may be configured to receive a ratio transmitted from another information processing apparatus that is communicably connected to the apparatus via a network. For example, in another information processing apparatus, the ratio value input by the user may be transmitted via a network, and the time ratio input means may be configured to receive the transmitted ratio value. In this case, the calculation means calculates the cost using the received value. And this invention comprised in this way may be comprised further so that the transmission means which transmits the value calculated by the calculation means with respect to another information processing apparatus may be provided. That is, the present invention may be configured to include a transmission unit that transmits a calculation result for an input value (ratio value) transmitted from another information processing apparatus to another information processing apparatus that is a transmission source. good.

  Even when configured in this way, the same effect as the above-described cost calculation apparatus can be obtained. That is, it is possible to input a ratio and obtain a calculation result from a remote location via the network to the cost calculation apparatus according to the present invention. For this reason, it becomes possible to obtain the calculation result immediately even in a remote land, and convenience is improved.

  The cost calculation device of the present invention includes an annual passage amount, a case unit price, an average number of cases, sorting work efficiency, average hourly wage for workers in the warehouse, logistics department personnel cost ratio, delivery cost ratio, general management cost ratio, capital cost ratio, You may comprise so that the input means for inputting each value of headquarter expense ratio may be further provided. In this case, the calculation means in the cost calculation apparatus of the present invention is configured to calculate the cost further based on the value input by the input means. With this configuration, it is possible to calculate the cost as an average center fee.

  The cost calculation apparatus of the present invention may be configured to further include a storage unit and a scale input unit. The storage means stores the value of each parameter necessary for calculating the cost and the scale of the facility in association with each other. Each parameter necessary for calculating the cost is a parameter value generally used for calculating the cost in the conventional technology. As for the values of these parameters, actual passing material amount information (shipment instruction data) in the facility may be input to the storage means via the Internet. The scale of the facility may be represented, for example, by the total amount of manufactured products that pass through the facility annually, or may be represented based on other criteria. The scale input means is means for inputting the scale of the facility. That is, when the scale is operated by the user, the scale of the facility is input to the cost calculation device. The facility scale input means may be a means for directly inputting a value indicating the scale of the facility, or a means for selecting a value from a plurality of candidate values.

  When configured in this way, the calculation means in the cost calculation apparatus of the present invention calculates the cost further based on the value of each parameter stored in the storage means in association with the scale input by the scale input means. Configured.

  According to the cost calculation apparatus of the present invention configured as described above, when a user inputs a value of a parameter generally used for calculation of such a cost in the conventional technology, a value indicating a facility scale is input. Just enter it. For this reason, operation becomes easy and it becomes possible to shorten the time which cost calculation requires more.

  The present invention may be a cost calculation system that calculates a cost in a facility for collecting a plurality of manufactured products and delivering the plurality of manufactured products to a plurality of delivery destinations. In this case, the cost calculation system according to the present invention includes a cost calculation device and a terminal device.

  The cost calculating apparatus receives at least a ratio input from a ratio input means for receiving a ratio between a special sale item and a standard item in a manufactured product to be delivered from another information processing apparatus communicably connected to the apparatus via a network. A calculation unit configured to calculate a cost based on a value received by the unit; and an output unit configured to transmit the value calculated by the calculation unit to another information processing apparatus.

  The terminal device includes an input means for inputting a ratio, a transmission means for transmitting the value of the ratio input by the input means to the cost calculation apparatus, a reception means for receiving a value calculated from the cost calculation apparatus, and a reception Output means for outputting the value received by the means. The cost calculation system may include a plurality of terminal devices.

  The cost calculation apparatus in the above-described cost calculation system may be configured to include the following time ratio input means instead of the ratio input means. That is, the cost calculation device in the above-described cost calculation system includes a ratio input unit for inputting a ratio between the work time required for primary sorting and the work time required for secondary sorting for manufactured products to be delivered. You may provide instead of a means. In this case, the calculation means is configured to calculate the cost based on at least the value input by the time ratio input means.

  The present invention may be realized by a program being executed by an information processing apparatus. That is, the present invention can specify the processing executed by each of the above-described means as a program for causing the information processing apparatus to execute, or a recording medium on which the program is recorded. Further, the present invention may be specified by a method in which the information processing apparatus executes the processing executed by each of the above-described means.

  According to the present invention, it is possible to calculate the cost (for example, center fee) in the above facilities for each product and each manufacturer in a short time.

[First embodiment]
〔System configuration〕
First, a configuration example of the cost calculation device 1 will be described. The cost calculation device 1 is a device for calculating a cost necessary for calculating a center fee in a joint distribution center. The cost calculation device 1 may be configured to calculate a center fee based on the cost instead of the cost. The cost calculation apparatus 1 includes a CPU (Central Processing Unit), a main storage device (RAM), an auxiliary storage device, and the like connected via a bus in terms of hardware. The auxiliary storage device is configured using a nonvolatile storage device. The nonvolatile storage device referred to here is a so-called ROM (Read-Only Memory: including EEPROM (Erasable Programmable Read-Only Memory), EEPROM (Electrically Erasable Programmable Read-Only Memory), mask ROM, etc.), FRAM (Ferroelectric RAM). ), Hard disk, etc.

  FIG. 1 is a diagram illustrating an example of functional blocks of the cost calculation apparatus 1. The cost calculation device 1 is loaded with various programs (OS, applications, etc.) stored in the auxiliary storage device and executed by the CPU, whereby the input unit 2, storage unit 3, calculation unit 4, and It functions as a device including the display unit 5 and the like. The calculation part 4 is implement | achieved when a program is run by CPU. The calculation unit 4 may be configured as a dedicated chip. Next, each functional unit included in the cost calculation apparatus 1 will be described.

<Input section>
The input unit 2 is configured using an input device. Any existing input device may be applied to the input unit 2. The input unit 2 is configured using, for example, a keyboard, a pointing device (mouse, trackball, tablet, etc.), a dial-type input device, a touch panel, a numeric keypad, various buttons, a voice input device, and the like. The input unit 2 may be configured using any other input device as long as the user can perform an input operation on the cost calculation device 1.

  For example, the input unit 2 may calculate the ratio of “the ratio of the special product to the standard product in the delivered product” or “the work time required for the primary sorting and the work time required for the secondary sorting of the delivered product”. May be used to enter "". In this case, the input unit 2 functions as a ratio input unit or a time ratio input unit. In addition, the input unit 2 includes “annual amount of money”, “unit unit price”, “average number of cases”, “sorting work efficiency”, “average hourly wage in warehouse”, “logistics department personnel cost rate”, “delivery” It may be used to input values of “cost ratio”, “general administrative expense ratio”, “capital expense ratio”, and “head office expense ratio”. In this case, the input unit 2 functions as input means. The input unit 2 may be used to input a value indicating “facility scale”. In this case, the input unit 2 functions as a scale input unit. The facility here indicates, for example, a joint distribution center. In addition, the input unit 2 includes “one flight loading efficiency”, “two flights loading efficiency”, “one flight to two flights ratio”, “product code”, “number of stores”, “shipment data (quantity) , Unit price) "and the like.

  The input unit 2 may be configured to directly input numbers for the values of these parameters. Further, the input unit 2 may be configured to select a value of each of these parameters from a plurality of candidate values. In this case, a plurality of candidate values may be displayed on the display unit 5 to be described later, and may be configured to be selected using the input unit 2 therefrom. For example, you may comprise so that it may select by clicking the check box displayed beside the value to select.

<Storage unit>
The storage unit 3 is configured using a so-called nonvolatile storage device, volatile storage device, or the like. The storage unit 3 stores the value of each parameter necessary for calculating the cost and the “facility scale” in association with each other. For example, as the scale of the facility, the total amount of manufactured products that pass through this joint distribution center in one year may be applied. The total amount may be divided as, for example, “7.5 billion yen or less”, “7.5 to 12 billion yen”, or “12.0 billion yen or more”, and the above parameters may be associated with each amount and stored. Parameters stored in this way are, for example, “annual passage amount”, “case unit price”, “average number of cases”, “sorting work efficiency”, “average hourly wage for workers in warehouse”, “logistics department personnel cost rate” , “Delivery cost ratio”, “General administrative cost ratio”, “Capital cost ratio”, “Head office cost ratio”, “One flight loading efficiency”, “Two flights loading efficiency”, “One flight and two flights ratio” "Product code", "Number of stores", "Shipment data (quantity, unit price)", or a combination of these values.

<Calculation unit>
The calculation unit 4 calculates the cost or center fee at the joint distribution center based on the value input via the input unit 2 or the value stored in the storage unit 3. This cost and center fee may be product-specific or an average value. Further, the cost and center fee may be classified by manufacturer or may be an average value. These vary depending on the values used for the calculation. Which value is calculated is determined based on an input by the user. When the user is instructed which value to calculate, the calculation unit 4 performs the calculation according to this instruction. Further, the calculation unit 4 may determine a value to be calculated according to the type of parameter input by the user. For example, the calculation unit 4 may be configured to calculate all the values that can be calculated using the input parameters.

  When the “facility scale” is input by the user, the calculation unit 4 reads the values of the parameters stored in the storage unit 3 in association with the input “facility scale” from the storage unit 3.

  Next, a specific processing example of the calculation unit 4 will be described. The processing described below is an example, and the calculation unit 4 performs the “ratio between the special sale product and the standard product in the delivered product (hereinafter referred to as“ special sale ratio ”)” and / or the “delivered product”. As long as the cost calculation process uses the value of the ratio between the work time required for primary sorting and the work time required for secondary sorting (hereinafter referred to as “time ratio”), it may be realized by other processes. .

2-6 is a figure which shows the example of the process by the calculation part 4. FIG. First, the calculation unit 4 calculates “passage amount per day” by dividing the input “annual pass amount” by the number of days in a year (usually 365). Next, the calculation unit 4 calculates the “total number of cases (passed) cases per day” by dividing the “passing amount per day” by the inputted “case unit price”. In addition, the calculation unit 4 multiplies the “total number of cases per day (standard product)” by multiplying the “total number of cases (passing) cases per day” by the value obtained by subtracting the “sale ratio” input from “1”. calculate. Further, the calculation unit 4 calculates the “total number of pieces per day” by multiplying the “total number of cases (passed) cases per day” by the inputted “number of cases entering the average case”. Further, the calculation unit 4 divides the “total number of pieces per day” by the value obtained by subtracting the “sale ratio” input from “1”, and further, the obtained value is input as “sorting work efficiency”. Divide by to calculate the “total secondary sort labor hours”. In addition, the calculation unit 4 multiplies the “total secondary sorting working hours” by the inputted “average hourly wage for workers in the warehouse” and further divides the obtained value by the “logistics department personnel cost rate”. Calculate "total revenue per day". In addition, the calculation unit 4 calculates “distribution department labor cost” by multiplying “total secondary sorting working hours” by “average hourly wage of workers in warehouse”. The calculation unit 4 calculates “delivery cost” by multiplying “total delivery per day” by the “delivery cost ratio” input. In addition, the calculation unit 4 calculates “general management cost” by multiplying “total revenue per day” by “general management cost ratio”.
The calculation unit 4 calculates “capital cost” by multiplying “total income per day” by “capital cost ratio”. Further, the calculation unit 4 calculates “head office cost” by multiplying “total revenue per day” by “head office cost ratio”. Further, the calculation unit 4 calculates “average center fee” by dividing “total revenue per day” by “number of passing amounts per day”.

  Further, the calculation unit 4 calculates the cost using the “special sale ratio”, thereby dividing the cost related to the special product and the cost related to the standard product as shown in FIGS. 3 and 6. calculate. Specifically, by multiplying the total number of cases per day and the total number of pieces per day by the special sales ratio, the number of special products manufactured and the number of standard products can be calculated specifically. For example, by applying a cost calculation method and a center fee calculation method that are conventionally used for each number of manufactured products, it is possible to calculate different costs and center fees for special sales and classics. For this reason, it is possible to calculate a more accurate value than the cost value and the center fee value that have been calculated without distinguishing between the special sale and the standard as in the prior art. In addition, since it is possible to calculate an accurate value using the value of the “special sale ratio” that can be easily obtained in this way, in order to increase the accuracy of the cost and center fee value calculated as in the past. There is no need to request an external consultant.

  Further, the calculation unit 4 calculates the cost using the “time ratio”, thereby dividing the work cost required for the primary sorting and the work cost required for the secondary sorting as shown in FIGS. 3 and 6. To calculate. Specifically, for example, each work cost can be calculated by multiplying the calculated cost by a “time ratio”. Actually, the work cost for the same manufactured product is also different from the work cost in the primary sorting and the work cost in the secondary sorting. For this reason, it is possible to calculate a more accurate value than the cost value and the center fee value that are calculated without distinguishing the work costs in the primary sorting and the secondary sorting as in the prior art. In addition, since it is possible to calculate an accurate value using the “time ratio” value that can be easily obtained in this way, in order to increase the accuracy of the cost and center fee value calculated as in the past. There is no need to request an external consultant.

<Display section>
The display unit 5 may be configured using any existing display device such as a liquid crystal display or a CRT (Cathode Ray Tube) display. The display unit 5 notifies the user by displaying the cost calculated by the calculation unit 4 and the value of the center fee.

[Second Embodiment]
〔System configuration〕
The input unit 2 and the display unit 5 included in the cost calculation device according to the first embodiment may be provided in another terminal device 8 that is communicably connected to the cost calculation device 1 via a network. FIG. 7 is a diagram illustrating a configuration example of the cost calculation system configured as described above.

The cost calculation system shown in FIG. 7 includes a cost calculation device 1a and a terminal device 8. The cost calculation device 1a includes a reception unit 6, a storage unit 3, a calculation unit 4, and a transmission unit 7. The receiving unit 6 and the transmitting unit 7 are configured using an existing network interface. The reception unit 6 receives data from the terminal device 8 via the network, and passes the received data to the calculation unit 4. The transmission unit 7 receives the value calculated by the calculation unit 4 and transmits the value to a predetermined terminal device 8 via the network. The predetermined terminal device 8 is the terminal device 8 that is the transmission source of the value used when the calculation unit 4 calculates the value to be transmitted. The predetermined terminal device 8 may be specified by, for example, a transmission source address included in data received by the receiving unit 6. The basic operation of the storage unit 3 and the calculation unit 4 is the same as the functional unit of the same name in the cost calculation device 1. The terminal device 8 includes an input unit 2, a display unit 5, a transmission unit 9, and a reception unit 10. The transmission unit 9 and the reception unit 10 are configured using an existing network interface. The transmission part 9 transmits the value input by the user via the input part 2 to the cost calculation apparatus 1a via a network. Moreover, the receiving part 10 receives the data transmitted from the cost calculation apparatus 1a via a network. The receiving unit 10 passes the received data to the display unit 5. The input unit 2 is configured in the same manner as the input unit 2 provided in the cost calculation device 1 except that the input value is passed to the transmission unit 9. The display unit 5 is configured in the same manner as the display unit 5 provided in the cost calculation device, except that the data received by the receiving unit 10 is displayed. As shown in FIG. 7, the cost calculation system may be configured to include a plurality of terminal devices 8. Further, this network may be the Internet or a local network (for example, a local area network).

〔effect〕
The settlement of accounts based on laws and regulations such as the Commercial Code and the Securities and Exchange Law is done once a year, half a year, or quarterly, but in order to survive in a difficult business environment, companies themselves must It is necessary to aim for stable management and growth by speed management (prompt decision, prompt decision, prompt decision) of accurately grasping the management status, discovering management issues early in that, and taking appropriate measures. To that end, all management information within the company, such as production, sales, inventory, purchasing, logistics, accounting, personnel, and salary, is managed in an integrated and integrated manner, so that top management and management can view management data in real time. Daily settlement based on a system that can do this (for example, a WEB-based system, more specifically, the introduction of ERP, etc.) is ideal and indispensable.

However, when manufacturers and others have been selling products through a joint distribution center, it is impossible to grasp the delivery costs of their products on a daily basis and reflect them in management accounting. I had to give up my daily account. There is no method (equipment) that can calculate the center fee for each manufacturer and product by the company that manages the distribution center as well as the manufacturer, or the customer's mass retailer chain headquarters and CVS headquarters. This is because. Therefore, for example, by incorporating the cost calculation device 1 or the cost calculation system according to the present invention into an ERP or the like, it is possible to deal with settlement of accounts in an arbitrary period including daily settlement. In addition, customer mass merchandiser chain headquarters and CVS headquarters use CPFR (Collaborative Planning, Forecasting and Replenishment) or VMI (Vendor Managed Inventory), which is based on single item management, and products manufactured via a joint distribution center. In the case of carrying out the distribution delivered to each store, the single item cost (center fee) calculation for each manufacturer and each manufactured product according to the present invention is an indispensable element.

It is a figure which shows the example of a functional block of a cost calculation apparatus. It is a figure which shows the example of the process by a calculation part. It is a figure which shows the example of the process by a calculation part. It is a figure which shows the example of the process by a calculation part. It is a figure which shows the example of the process by a calculation part. It is a figure which shows the example of the process by a calculation part. It is a figure which shows the structural example of a cost calculation system.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1,1a Cost calculation apparatus 2 Input part 3 Memory | storage part 4 Calculation part 5 Display part 6 Receiving part 7 Transmitting part 8 Terminal apparatus 9 Transmitting part 10 Receiving part

Claims (9)

A cost calculation device as a computer that calculates a cost in a facility for collecting a plurality of manufactured products and distributing the plurality of manufactured products to a plurality of delivery destinations divided into a plurality of flights ,
Storage means for storing in a storage device the loading efficiency and the ratio of each flight related to the plurality of flights, which are parameters used for calculating the cost, in association with the scale of the facility;
Scale input means for inputting a value indicating the scale of the facility;
Reading the value of the loading efficiency of each flight and the ratio of each flight from the storage device associated with the scale of the facility input by the scale input means,
Multiplying the inputted weight per case of the manufactured product delivered by one of the plurality of flights by the inputted number of cases delivered per day and the ratio of the flights read from the storage device, The total weight of each flight is calculated by dividing the obtained value by the loading efficiency of the flight read from the storage device,
Calculate the total truck weight by summing the calculated total weight of each flight,
By multiplying the total delivery weight of the predetermined flights of the plurality of flights by the input delivery cost and dividing the obtained value by the total truck weight,
Calculating means for calculating a delivery cost of the predetermined flight ;
Time ratio input means for inputting the ratio of the work time required for the primary sorting and the work time required for the secondary sorting for the product to be delivered;
The calculation means further calculates the work cost required for the primary sorting and the work cost required for the secondary sorting by multiplying the calculated cost by the time ratio.
Cost calculation device. The parameters include the annual amount of money, case unit price, average number of cases, sorting work efficiency, average hourly wage for workers in the warehouse, logistics department personnel cost rate, delivery cost ratio, general administrative cost ratio, capital cost ratio, head office cost ratio, and Including special sale ratio,
The calculating means calculates at least one of logistics department labor costs, delivery costs, general administrative costs, capital costs, and head office costs by performing an arithmetic process according to the following formula , and calculates the calculated costs: Calculating the work cost by multiplying the time ratio by
The cost calculation apparatus according to claim 1.
Total secondary sorting working hours = Amount spent annually ÷ Number of days in a year ÷ Case unit price * Average number of cases entered ÷ (1-Sale ratio) ÷ Sorting work efficiency Total revenue per day = Total secondary sorting working hours * Internal work Average hourly wage ÷ Logistics department labor cost ratio Logistics department labor cost = total secondary sorting labor hours * Average hourly wage for workers in the warehouse Delivery cost = Total revenue per day * Distribution cost ratio General administrative costs = Total revenue per day * General Administrative cost ratio Capital cost = Total revenue per day * Capital cost ratio Head office cost = Total revenue per day * Head office cost ratio The time ratio input means receives the ratio transmitted from another information processing apparatus communicably connected to the apparatus via a network,
The cost calculation apparatus according to claim 1, further comprising: a transmission unit that transmits the value calculated by the calculation unit to the other information processing apparatus. A program for causing an information processing device to calculate a cost in a facility for collecting a plurality of manufactured products and distributing the plurality of manufactured products divided into a plurality of flights to a plurality of delivery destinations. Processing equipment
Storage means for storing in a storage device the loading efficiency and the ratio of each flight related to the plurality of flights, which are parameters used for calculating the cost, in association with the scale of the facility;
Scale input means for inputting a value indicating the scale of the facility;
Reading the value of the loading efficiency of each flight and the ratio of each flight from the storage device associated with the scale of the facility input by the scale input means,
Multiplying the inputted weight per case of the manufactured product delivered by one of the plurality of flights by the inputted number of cases delivered per day and the ratio of the flights read from the storage device, The total weight of each flight is calculated by dividing the obtained value by the loading efficiency of the flight read from the storage device,
Calculate the total truck weight by summing the calculated total weight of each flight,
By multiplying the total delivery weight of the predetermined flights of the plurality of flights by the input delivery cost and dividing the obtained value by the total truck weight,
Calculating means for calculating a delivery cost of the predetermined flight ;
Function as time ratio input means for inputting the ratio of the work time required for the primary sorting and the work time required for the secondary sort for the product to be delivered;
The calculation means further calculates the work cost required for the primary sorting and the work cost required for the secondary sorting by multiplying the calculated cost by the time ratio.
Cost calculation program. The parameters include the annual amount of money, case unit price, average number of cases, sorting work efficiency, average hourly wage for workers in the warehouse, logistics department personnel cost rate, delivery cost ratio, general administrative cost ratio, capital cost ratio, head office cost ratio, and Including special sale ratio,
The calculating means calculates at least one of logistics department labor costs, delivery costs, general administrative costs, capital costs, and head office costs by performing an arithmetic process according to the following formula , and calculates the calculated costs: Calculating the work cost by multiplying the time ratio by
The cost calculation program according to claim 4.
Total secondary sorting working hours = Amount spent annually ÷ Number of days in a year ÷ Case unit price * Average number of cases entered ÷ (1-Sale ratio) ÷ Sorting work efficiency Total revenue per day = Total secondary sorting working hours * Internal work Average hourly wage ÷ Logistics department labor cost ratio Logistics department labor cost = total secondary sorting labor hours * Average hourly wage for workers in the warehouse Delivery cost = Total revenue per day * Distribution cost ratio General administrative costs = Total revenue per day * General Administrative cost ratio Capital cost = Total revenue per day * Capital cost ratio Head office cost = Total revenue per day * Head office cost ratio The time ratio input means receives the ratio transmitted from another information processing apparatus communicably connected to the apparatus via a network,
The information processing apparatus;
The cost calculation program according to claim 4 or 5, further causing the value calculated by the calculation means to function as a transmission means for transmitting to the other information processing apparatus. A cost calculation method for calculating a cost in a facility for collecting a plurality of manufactured products and delivering the plurality of manufactured products divided into a plurality of flights to a plurality of delivery destinations.
A storage step of storing in a storage device the loading efficiency of each flight related to the plurality of flights and the ratio of each flight, which are parameters used for calculating the cost in association with the scale of the facility;
A scale input step for inputting a value indicating the scale of the facility;
The value of the loading efficiency of each flight and the ratio of each flight, which are associated with the scale of the facility input in the scale input step, are read from the storage device,
Multiplying the inputted weight per case of the manufactured product delivered by one of the plurality of flights by the inputted number of cases delivered per day and the ratio of the flights read from the storage device, The total weight of each flight is calculated by dividing the obtained value by the loading efficiency of the flight read from the storage device,
Calculate the total truck weight by summing the calculated total weight of each flight,
By multiplying the total delivery weight of the predetermined flights of the plurality of flights by the input delivery cost and dividing the obtained value by the total truck weight,
A calculation step of calculating a delivery cost of the predetermined flight ;
A time ratio input step for inputting a ratio of work time required for primary sorting and work time required for secondary sorting for manufactured products to be delivered; and
In the calculation step, the work cost required for the primary sorting and the work cost required for the secondary sorting are further calculated by multiplying the calculated cost by the time ratio.
Cost calculation method. The parameters include the annual amount of money, case unit price, average number of cases, sorting work efficiency, average hourly wage for workers in the warehouse, logistics department personnel cost rate, delivery cost ratio, general administrative cost ratio, capital cost ratio, head office cost ratio, and Including special sale ratio,
In the calculation step, at least one of logistics department labor cost, delivery cost, general management cost, capital cost and head office cost is calculated as the cost by performing an arithmetic processing according to the following formula , and the calculated cost The work cost is calculated by multiplying the time ratio by
The cost calculation method according to claim 7.
Total secondary sorting working hours = Amount spent annually ÷ Number of days in a year ÷ Case unit price * Average number of cases entered ÷ (1-Sale ratio) ÷ Sorting work efficiency Total revenue per day = Total secondary sorting working hours * Internal work Average hourly wage ÷ Logistics department labor cost ratio Logistics department labor cost = total secondary sorting labor hours * Average hourly wage for workers in the warehouse Delivery cost = Total revenue per day * Distribution cost ratio General administrative costs = Total revenue per day * General Administrative cost ratio Capital cost = Total revenue per day * Capital cost ratio Head office cost = Total revenue per day * Head office cost ratio In the time ratio input step, the ratio transmitted from another information processing apparatus that is communicably connected to the apparatus via a network is received,
The information processing apparatus includes:
The cost calculation method according to claim 7 or 8, further comprising a transmission step of transmitting the value calculated in the calculation step to the other information processing apparatus.

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